Urban Infrastructure is one of the key pillars for the sustainable development of cities. By 2025, several trends are expected to shape how public managers and private companies deal with urban challenges, seeking smarter, more sustainable, and efficient solutions.
Continue reading to discover the key trends for Urban Infrastructure and how they may impact the future of cities!
Benefits of Urban Infrastructure
It is a fact that investing in Urban Infrastructure brings a series of benefits both for the population and for public management. Some of the main advantages include:
Improved quality of life: well-paved streets, efficient sanitation, and high-quality Street Lighting.
Operational cost reduction: smart technologies allow for more efficient use of resources, reducing waste and unnecessary spending.
Sustainability: eco-friendly solutions help reduce the carbon footprint and promote greener cities.
Safety: modern lighting and urban monitoring systems contribute to reducing crime rates.
Now, let’s explore the trends for 2025:
Expansion of Telemanagement and IoT in Urban Management
The Internet of Things (IoT) and Telemanagement systems are transforming the way cities monitor and control their infrastructure. The remote management of public equipment, such as traffic lights, lighting, and electrical grids, helps reduce waste and improve operational efficiency.
Through smart sensors and integrated platforms, urban managers can monitor energy consumption, predict failures, and optimize resource distribution in real-time.
For example, cities like Barcelona and Singapore already use smart grids to manage energy and water consumption, reducing waste and optimizing resource distribution. According to a study by MarketsandMarkets, the global IoT market for smart cities is expected to grow at a rate of 18.1% per year, reaching US$ 312.2 billion by 2027.
Smart Street Lighting
Street Lighting is one of the sectors that benefit most from technological innovations. By 2025, the trend will be the expansion of smart systems that adjust light intensity according to need, saving energy and increasing safety in cities.
With the use of presence sensors and integration with IoT networks, lighting can be automated and monitored remotely. Furthermore, the use of LED lamps continues to grow, ensuring greater durability and lower environmental impact.
In practice: Los Angeles, which replaced over 140,000 conventional lights with LEDs, reduced Street Lighting electricity consumption by 63%. In addition, presence sensors and integration with security systems help reduce crime in urban areas.
Smart Urban Sanitation
On the other hand, urban sanitation is one of the critical challenges for cities.
Therefore, by 2025, greater adoption of technological solutions to optimize water and sewage management is expected. Smart sensors can monitor water quality in real-time, detect leaks, and reduce waste.
The digitization of processes also allows for more precise control over water distribution, ensuring greater efficiency in supply and loss reduction.
The city of Copenhagen, for example, invested in rainwater reuse systems, reducing the demand for drinking water by about 20%. In Brazil, initiatives like the PPP of Sanitation in Alagoas already demonstrate progress, enabling expanded access to water and sewage treatment for millions of people.
Green and Sustainable Infrastructure
With climate change and rapid urban growth, implementing green infrastructure solutions has become even more important. Green roofs, permeable pavements, and ecological corridors are some of the solutions that help mitigate the environmental impacts of cities.
New York, for example, has a program encouraging buildings to adopt green roofs, helping reduce heat islands and improve air quality. In Curitiba, the project for floodable parks contributes to reducing flooding and improving urban drainage.
Picture: Ricardo Marajó/SMCS
Smart Urban Mobility
With population growth and the increasing number of vehicles, cities need to adopt innovative solutions to improve urban mobility. Ride-sharing apps, smart bike lanes, and integration between different modes of transport are some of the bets for the coming years.
In Brazil, for instance, the city of São Paulo has been investing in expanding bike lanes and electric buses to reduce pollutant emissions.
Softwares para Infraestrutura Urbana
With increasing digitization, the use of software for Urban Infrastructure Management has become essential for ensuring efficiency and sustainability in both public and private administration.
The main benefits of software include:
Automation and real-time monitoring: intelligent systems allow for monitoring street lighting, sanitation, and transportation networks without the need for constant manual intervention.
Data-driven analytics: advanced algorithms identify patterns and assist in decision-making for urban improvements.
Integration with IoT: connecting sensors and devices enables automated actions, reducing costs and optimizing operations.
Exati Software for Urban Management
Exati offers solutions for Urban Infrastructure Management, helping municipalities and companies monitor and optimize essential services like Street Lighting and Telemanagement.
With cutting-edge technology, Exati’s platform allows for:
- Real-time monitoring of urban equipment and services
- Reduction of operational costs through insights based on real-time data
- Integration with IoT for resource automation and optimization
These innovations ensure greater control and efficiency, contributing to smarter and more sustainable cities.
Conclusion
As you can see, the trends in Urban Infrastructure for 2025 show that technology and sustainability will be key to addressing urban challenges.
From IoT in public management to smart Sanitation and Street Lighting solutions, cities are increasingly prepared for a more efficient and sustainable future.
Click here to learn how you can benefit from these innovations.